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Physics of Ferromagnetic and Ferroelectric Materials with Applications to Microwave and Radiofrequency Circuitry.


AD600984

Publication Date 1964
Personal Author Jones, R. V.
Page Count 2
Abstract Contents: field displacement effects in ferrited loaded waveguides; microwave resonance in ferromagnetic systems at high-signal levels; spin wave analysis of ferromagnetic resonance relaxation; magnetic anisotropy and relaxation in rare earth iron garnets; specific heat measurements in magnetic oxide systems; ferromagnetic resonance under large hydrostatic pressure; switching properties of ferrites and garnets; the magnetic properties of gallium-iron oxide; high power ferromagnetic resonance in magnetic thin film; dielectric measurements on ferroelectric materials; capacitively driven microwave modulators; magnetostriction constants from ferromagnetic resonance; paramagnetic resonance of impurities in ferroelectric host crystals; domain dynamics in ferroelectric crystals; NMR in ferromagnetic materials; magnetic relaxation in ferromagnetic insulators by parallel pump techniques; magnetic relaxation in ferromagnetic metals by parallel pump techniques; new magnetic compounds; magnetic resonance in spiral magnetic structures.
Keywords
  • FERROELECTRIC MATERIALS
  • FERROMAGNETIC MATERIALS
  • MICROWAVE EQUIPMENT
  • ELECTRONIC EQUIPMENT
  • PHYSICS
  • MATERIALS
  • CIRCUITS
  • RADIOFREQUENCY
  • FERRITES
  • WAVEGUIDES
  • RARE EARTH COMPOUNDS
  • IRON COMPOUNDS
  • OXIDES
  • GALLIUM COMPOUNDS
  • MAGNETIC MATERIALS
  • FILMS
  • MODULATORS
  • MAGNETOSTRICTION
  • PARAMAGNETIC RESONANCE
  • CRYSTALS
  • ANISOTROPY
  • NUCLEAR MAGNETIC RESONANCE
Corporate Authors Gordon Mckay Lab of Applied Science Harvard Univ Cambridge Mass
Document Type Technical Report
Title Note Scientific rept. no. 9(Series 2) (Final) 1 Feb 59-30 Nov 63.
NTIS Issue Number 196501
Contract Number
  • AF19 604 5487
Physics of Ferromagnetic and Ferroelectric Materials with Applications to Microwave and Radiofrequency Circuitry.
Physics of Ferromagnetic and Ferroelectric Materials with Applications to Microwave and Radiofrequency Circuitry.
AD600984

  • FERROELECTRIC MATERIALS
  • FERROMAGNETIC MATERIALS
  • MICROWAVE EQUIPMENT
  • ELECTRONIC EQUIPMENT
  • PHYSICS
  • MATERIALS
  • CIRCUITS
  • RADIOFREQUENCY
  • FERRITES
  • WAVEGUIDES
  • RARE EARTH COMPOUNDS
  • IRON COMPOUNDS
  • OXIDES
  • GALLIUM COMPOUNDS
  • MAGNETIC MATERIALS
  • FILMS
  • MODULATORS
  • MAGNETOSTRICTION
  • PARAMAGNETIC RESONANCE
  • CRYSTALS
  • ANISOTROPY
  • NUCLEAR MAGNETIC RESONANCE
  • AF19 604 5487
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